Educational Offerings
Course: Artificial Intelligence in Education: Unlocking Its Potential
Format: Virtual Classroom
Designed for educational leaders and teachers, this course provides practical tools for integrating AI into education, exploring its regulations, and conducting strategic analyses. It includes synchronous classes, international networking opportunities, and a blockchain-based digital badge certifying the competencies acquired.
Course: Artificial Intelligence in Banking: Unlocking Its Potential
Format: Virtual Classroom
Tailored for experienced professionals in the banking sector, this course explores the practical application of AI and machine learning in banks, fintech, and financial services companies. It features synchronous classes with experts, a blockchain-based digital badge, and international networking to modernize banking processes
Course: Artificial Intelligence in Logistics: Unlocking Its Potential
Format: Virtual Classroom
Designed for logistics professionals, this course focuses on applying AI to optimize logistics operations and processes. It includes expert-led synchronous sessions, critical thinking development, global networking, and a blockchain-based digital badge certifying the skills acquired.
Course: Artificial Intelligence in the Automotive Industry
Format: Virtual Classroom
Geared toward leaders and managers in the automotive sector, this course addresses strategic AI implementation to enhance competitiveness in production lines and smart manufacturing. It includes synchronous sessions, practical examples, international networking, and a blockchain-based digital badge certifying skills.
Course: Artificial Intelligence and Data Science
Format: Virtual Classroom.
For managers and supervisors in product or service development, this course teaches how to identify high-impact digital initiatives using AI and data science. It features case study analyses, expert-led synchronous sessions, and a blockchain-based digital badge certifying competencies.
Course: Artificial Intelligence in Marketing: Unlocking Its Potential
Format: Virtual Classroom.
Designed for professionals in marketing or sales, this course explores how to integrate AI into marketing strategies. It includes trend analysis, innovative tools, practical cases, expert-led synchronous sessions, and a blockchain-based digital badge certifying skills.
Diploma in Applied Artificial Intelligence for Financial Analysis
Format: Virtual Classroom
This diploma prepares professionals to integrate AI into financial analysis, enhancing tools like Excel and ChatGPT. It covers advanced analysis techniques, portfolio creation, interactive dashboards, and a comprehensive practical case, complemented by synchronous sessions and global networking.
Course: Customer Intelligence Essentials
Format: Virtual Classroom
Designed for experienced business leaders, this course focuses on designing customer-centered strategies using data analysis and actionable insights. It includes data storytelling, strategic visualization, and emerging technologies like AI, IoT, and the metaverse, with synchronous sessions and global networking.
Bachelor’s in Data Science and Mathematics
Format: In-person
This program trains professionals in data analysis, mathematical modeling, and information security. The curriculum includes three stages: foundational studies in mathematics and programming, skills development in data science, and specialization in areas such as cybersecurity, artificial intelligence, or health analytics. Graduates can work in consulting, research, or business decision-making roles.
Bachelor’s in Computer Science and Technology
Format: In-person
Designed for those ready to tackle today’s technological challenges, this program trains engineers in software development, IT management, and interactive application design with virtual and augmented reality. The curriculum offers exploration, focus, and specialization stages, with options for concentrations, internships, or international experiences.
Students can specialize in fields like cybersecurity, advanced AI, or video game design. Available at multiple campuses.
Bachelor’s in Robotics and Digital Systems
Format: In-person
This program trains engineers to design digital and robotic systems, develop AI components for robots, and create embedded systems and smart interfaces.
Students participate in practical challenges from the first semester and can specialize in areas such as cybersecurity, AI, or Industry 4.0 systems and technologies. International internships and experiences are also available. Offered at multiple Tec campuses, this program combines technological innovation with a focus on societal benefit.
Master’s in Applied Artificial Intelligence
Format: Online
Designed for professionals from diverse fields, this program develops AI experts who create innovative business solutions and transform technological processes in Industry 4.0. It includes interaction with global leaders, certifications from companies like IBM and Google, and a focus on smart software, autonomous mobility, and business intelligence.
Specialization in Applied Artificial Intelligence
Format: Online
Designed for professionals from various sectors, this specialization develops AI experts for innovative solutions in data science, intelligent software, and autonomous mobility. Focused on Industry 4.0, it prepares students to design business strategies based on emerging technologies with an ethical and collaborative approach.
Master’s in Cybersecurity
Format: Online
For experienced IT and telecommunications professionals, this program trains leaders to ensure organizational data security and manage cybersecurity offices. Students develop skills in management, operation, and architecture of cybersecurity systems while collaborating with experts and peers across fields.
PhD in Computer Science
Format: In-Person
Campuses: Monterrey, Guadalajara, Estado de México
This program is aimed at academically proven candidates with creativity, motivation, and potential for original research in IT and computing technologies. It trains research leaders to design advanced computational systems using machine learning, data science, and applied mathematics. Graduates gain skills to identify research opportunities, lead innovative projects, and communicate results ethically and socially responsibly.
